To solve this problem, we need to read the volume of liquid in each graduated cylinder. The key is to look at the bottom of the curved surface of the liquid (called the meniscus) and see which line it aligns with.
Let’s go step by step for each cylinder:
1.
First row, first cylinder (leftmost):
- The liquid level is at the 35 mL mark.
→ Answer: 35 mL
2.
First row, second cylinder:
- The liquid level is at the 32 mL mark.
→ Answer: 32 mL
3.
First row, third cylinder:
- The liquid level is at the 38 mL mark.
→ Answer: 38 mL
4.
First row, fourth cylinder:
- The liquid level is at the 39 mL mark.
→ Answer: 39 mL
5.
Second row, first cylinder:
- The liquid level is at the 40 mL mark.
→ Answer: 40 mL
6.
Second row, second cylinder:
- The liquid level is at the 45 mL mark.
→ Answer: 45 mL
7.
Second row, third cylinder:
- The liquid level is at the 48 mL mark.
→ Answer: 48 mL
8.
Second row, fourth cylinder:
- The liquid level is at the 49 mL mark.
→ Answer: 49 mL
9.
Third row, first cylinder:
- The liquid level is at the 25 mL mark.
→ Answer: 25 mL
10.
Third row, second cylinder:
- The liquid level is at the 30 mL mark.
→ Answer: 30 mL
11.
Third row, third cylinder:
- The liquid level is at the 35 mL mark.
→ Answer: 35 mL
12.
Third row, fourth cylinder:
- The liquid level is at the 40 mL mark.
→ Answer: 40 mL
All values are read correctly by looking at the bottom of the meniscus and matching it to the nearest marked line on the cylinder.
Final Answer:
35 mL, 32 mL, 38 mL, 39 mL, 40 mL, 45 mL, 48 mL, 49 mL, 25 mL, 30 mL, 35 mL, 40 mL
Parent Tip: Review the logic above to help your child master the concept of measuring liquid volume worksheet.
